Sentences with phrase «film materials with»

Even so, further analyses showed that there might be other thin - film materials with similar behavior.

Not exact matches

While filming «The Great Gatsby» he asked Bazmark Films to return a Mercedes they had loaned him and replace the leather with vinyl, a cruelty - free material.

Signing the Potter deal makes sense in part because NBCUniversal already has a Potter - themed attraction at its parks (it now gets access to more material from the films), and because the movies are also a huge draw with younger TV viewers.

The women included Gennette Cordova, 21, the college student; Ginger Lee, 24, a former pornographic film actress from Tennessee who exchanged over 100 e-mails with the congressman; and a Delaware high school student, 17, whose family said she exchanged five private messages with Mr. Weiner that did not include indecent or explicit material.

100 % foreign ownership allowed Cold storage Sports centers Film processing labs Rubber and sugar industry) when engaging in partnerships with local farmers and use 30 % domestically produced raw material) Warehousing Tourism, E-commerce (with a marketplace value above 10 billion rupiahs and when working with local warehousing companies) Toll road operators Telecom device certification Non-hazardous waste management Raw medicine materials Pharmaceutical ventures Restaurants, bars, cafés Film making Film distribution Cinemas (required to show Indonesian films at least 60 per cent of their screen time) Direct selling Futures trading

Among the materials they sought were communications between the two men about efforts to tamp down negative publicity about Trump during the campaign and details about a payment Cohen made to an adult - film star who alleged she had a sexual relationship with Trump years earlier.

While most of its peers make silicon - based panels, First Solar manufactures thin - film panels made with cadmium - telluride, which absorbs more frequencies of light and uses fewer materials.

Donnerstein's research showed that films which combine erotic material with violence tend to desensitize people regarding aggression against women.

Dr. Edward Donnerstein of the Center for Communication Research at the University of Wisconsin told the hearing that his study of films which combine erotic material with violence indicates that exposure of young men to violent sexual scenes, especially rape, tends to desensitize them to aggression toward women.

Integraflex ™ is available in a wide selection of materials, laminations and coatings and offers an extensive choice of shapes, opening features and films, with flexible options including microwavable and ovenable films for exceptional versatility.

Over the past 50 years, Glenroy's flexible packaging film laminations have run on many different types of equipment, and we'll gladly work with you to ensure that your material runs well on your filling equipment of choice.

«The confectionary industry quite often uses overwrapping as well with polypropylene film, which is a non-shrink material.

In mixed plastics recycle streams such as this, using Fusabond ® improves impact resistance, surface finish, and processability of parts and films... so the recycled material can be made into more sustainable articles with less material loss and higher end - use value.

Material and cost savings combined with puncture resistance and environmental advantages are claims made by Bollore for its newly - launched range of ultra-thin polyolefin shrink films.

The non-metal material comes with additional barrier lacquers and films to create a barrier against aroma, moisture and oxygen, and is transparent.

The Atlas bagmaker features an innovative double rotary jaw motion and superior control technology to offer speeds of up to 250 bpm (up to 150 bpm when handling potato chips) with accurate film registration and tight bag seals while minimising raw material waste, film loss and downtime for film changes.

Highlights from MediSeal will include the White - Line packaging and logistics concept, which instead of a country specific packaging materials and pack inserts is based on «white» (blank or unprinted) materials, where lidding films, boxes and inserts are not printed with the country specific information until they are in the packaging line and inspection and camera systems provide a 100 % check, guaranteeing pharmaceutical safety.

The soil to be treated should be cleared of plant material, loosened, watered, and covered with a thin, clear, polyethylene film.

Flexible packaging utilizes materials such as plastic film, paper, metallized films, and aluminum foil to protect and preserve products, with the final packaging often the result of several different processes.

Basic layers are an outer shell of breathable polyethylene film or a nonwoven and film composite which prevents wetness and soil transfer, an inner absorbent layer of a mixture of air - laid paper and superabsorbent polymers for wetness, and a layer nearest the skin of nonwoven material with a distribution layer directly beneath which transfers wetness to the absorbent layer.

The film takes 30 minutes to apply to a panel rather than 45 minutes with other materials and the results speak for themselves.»

Mr. Jackson (also known as Sekou Molefi Baako) is an East Elmhurst resident with a long history of community service, including 36 years as Executive Director of the Queens Library's Langston Hughes Community Library and Cultural Center, a full - service, general circulation library with an extensive reference collection of materials related to African American history and culture, and a cultural arts program that offers a variety of programming of independent film video screenings, stage presentations, panel discussions, concerts, art exhibitions and more.

With Electrick, conductive touch surfaces can be created by applying conductive paints, bulk plastics or carbon - loaded films, such as Desco's Velostat, among other materials.

A HEATED RESPONSE Probing 2 - D materials with high - energy particle beams reveals how these superthin films perform when the heat is on.

«We believe that thin film was a great solution for the rooftop, and our ability to hermetically seal it in glass was a good way to ensure that you could use a CIGS material and not run into degradation with exposure to air or water,» says Solyndra spokesman David Miller.

Unlike traditional solar absorbers, this absorber requires very little material and consists of only two layers: a semiconductor film and a reflective metallic layer, with a total thickness of 170 nanometers.

Thin films are coated with molecule - thin layers of materials like zinc, silicon, nitrogen, and so on.

While small amounts of materials like zinc or silicon are required to produce thin film devices, Cadien says the costs are not insignificant — they can come in at $ 500 or $ 600 per gram and the current processes are wasteful, dosing surfaces with anywhere from 100 to 10,000 times the molecules required.

On top of it they placed a metal electrode coated with a 10 - to 50 - nanometer - thick film of an insulating material.

The Juno spacecraft, launched Aug. 5, 2011, has blankets coated with germanium, a metalized material that conducts electricity; and Kapton, a high - temperature plastic film, to ensure that the surface of the blankets reflects sunlight and remains grounded while the probe gathers data from the highly charged environment around Jupiter.

In 2003, in collaboration with the group of Ramamoorthy Ramesh (now at UC Berkeley), we succeeded in producing and understanding thin films of what is now one of the most - studied multiferroic materials, bismuth ferrite.

By combining methylamine and acetonitrile, researchers have developed a clean solvent with a low boiling point and low viscosity that quickly crystallises perovskite films at room temperature and could be used to help coat large solar panels with the material.

In contrast to many existing ferroelectric materials, the new thin - film exhibits compatibility with Si - based CMOS and is robust in miniature forms.

Funakubo's team are hopeful that their new thin film ferroelectric material will have applications in novel random - access memory and transistors, along with quantum computing.

With this data, they analyzed two solar cell materials: silicon (commonly used in solar cells) and cadmium telluride (thin - film competitor material).

The first big breakthrough came in 2003 when, in collaboration with the group of Ramamoorthy Ramesh (now at UC Berkeley), we succeeded in producing and understanding thin films of what is now the most - studied multiferroic material, bismuth ferrite.

A film with higher resistance has lower electrical conductivity, meaning that more voltage must be applied to send a signal through it, which further degrades the material.

Currently, in most production processes in which there is printed ink on plastic films, the material is rejected for not complying with the final specifications required or simply because they come from the initial settings for the commissioning of the machinery.

The team has shown that its nickel oxide film is compatible with many different kinds of semiconductor materials, including silicon, indium phosphide, and cadmium telluride.

Using electron microscopes, the scientists took images of the thin films (about 100 nanometers thick) of the material they prepared, before and after they hit the films with low - energy protons.

Already, the new material, when combined with a mirrorlike silver film, has been shown to cool whatever it sits on by as much as 10 °C.

Either the increased concentration of free calcium ions or their increased mobility (likely both, the researchers speculate) results in a decrease in the electrical resistance throughout the material, which can be detected with a multimeter connected to electrodes embedded in the film.

Pairing ferroelectric and ferrimagnetic materials into one multiferroic film would capture the advantages of both systems, enabling a wider range of memory applications with minimal power requirements.

But with the new material, either p - type or n - type functions can be obtained just by bringing the vanishingly thin film into very close proximity with an adjacent metal electrode, and tuning the voltage in this electrode from positive to negative.

Thin - film ferroelectrics have for a long time been used to make non-volatile memory devices, however it is extremely difficult to miniaturize them in order to achieve high density / storage capacity and, in addition to this, they are made of materials that are «incompatible» with the production processes used in modern microelectronics.

The team of researchers from MIPT's Laboratory of Functional Materials and Devices for Nanoelectronics, with the participation of their colleagues from the University of Nebraska (USA) and the University of Lausanne (Switzerland), have for the first time experimentally demonstrated that polycrystalline alloyed films of hafnium and zirconium oxides with a thickness of just 2.5 nm (see image below) retain their ferroelectric properties.

Previous work reducing defects in thin - film perovskite materials has focused on electrical or chemical treatments, but «we find we can do the same with light,» Stranks says.

Another advantage of this light - based processing is it doesn't require anything to come in physical contact with the film being treated — for example, there is no need to attach electrical contacts or to bathe the material in a chemical solution.

In their work with films of DXPs and other organics, researchers found that two problems prevented the films from acting like good MR materials.

The metamaterials were created with nonlinear optical response a million times as strong as traditional nonlinear materials and demonstrated frequency conversion in films 100 times as thin as human hair using light intensity comparable with that of a laser pointer.